OKI solutions for the Architecture, Engineering and Construction sectors

Industry Solutions

OKI solutions for the Architecture, Engineering and Construction sectors

From floorplans and CAD drawings to CAM blueprints and site plans, architectural, engineering and construction firms (AEC) rely on large-format MFPs to print, scan, copy, distribute and archive industry documents quickly and easily.

To maximise productivity and speed-up communications, large-format MFPs need to be fast, reliable and offer the flexibility to connect to customer networks, producing clear, comprehensible output with advanced features that streamline everyday workflow.

Key challenges

Traditional large-format printers and plotters can be unreliable and lack important features that support efficient workflow, wasting time for skilled professionals

Clients need fast access to the latest designs but not all large-format printers can connect with customer networks and distribute designs electronically

Large format engineering printers often have a large footprint to match, taking up valuable space

How OKI can help improve your business

Maximise uptime and productivity

Designed for minimal user intervention, OKI’s large-format LED printers have a strong reputation for reliability in the CAD/CAM and AEC industries, with an easy-to-use colour touch control panel, user-replaceable temperature-controlled drum (as a process cartridge unit easy to change without extra service cost) and long-life charge wire that maximises uptime.

Large format documents are essential for internal and external approvals.

Too often however, AEC firms are limited by their print output, meaning business stakeholders and clients don’t see the full picture. OKI’s large-format MFPs deliver exceptional LED monochrome clarity creating clear, detailed output, even at fast print speeds.

An advanced dual-light CIS system improves scanning quality for paper with folds or wrinkles, while a long-page printing capability of up to 20m provides a complete view of large printing constructions.